Optimal Design of Heating and Ventilation for Drying Room Based on Transient CFD Simulation

机译：基于瞬态CFD仿真的干燥室供暖和通风的最佳设计

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Transient air flow and heat transfer in a container-drying room is simulated by using Airpak software in this paper. The transient numerical solutions are obtained for air flow within the drying room including flow speed, pressure, temperature, mean age of air, etc. The analysis focuses on temperature, temperature rise and mean age of air surrounding the container surface with heating time. Drying design is determined by comparing two different ways for heating and ventilation. By means of simulation, it is possible to significantly shorten the drying time of the container corners, and to achieve the purpose of energy saving.

机译：本文采用Airpak软件模拟了容器干燥室内的瞬态空气流量和传热。在干燥室内的空气流动获得瞬态数值溶液，包括流速，压力，温度，平均值等。分析侧重于温度，温度升高和具有加热时间的容器表面的空气的平均年龄。通过比较两种不同的加热和通风方式来确定干燥设计。通过模拟，可以显着缩短集装箱角落的干燥时间，并达到节能的目的。

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《International Conference on Mechanical Automation and Materials Engineering》|2013年||共5页
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Si Huang; Tiantian Ding; Chao Yan; Zisheng Wang;
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中图分类 TB3-53;
关键词
Drying room; Temperature field; Mean age of air; Energy-saving;

机译：烘干室;温度场;平均空气年龄;节能;

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Optimal Design of Heating and Ventilation for Drying Room Based on Transient CFD Simulation

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